How about using great software for cutting through the crap so that you can make decisions based on the real movement trends. We remove the rubbish so that you can focus on the real issues.

Prism data is derived from various sources - automated like Leica GeoMos and Trimble 4D - or manual data from surveyors. Quikslope can clean the data without impacting on original data integrity.

Quikslope has been developed over many years to cater to the geotechnical & survey professionals.

Removing erroneous readings reveals the true movement trend above.

Introducing Quikslope6

Analysis Software for Prism, GPS and Sensor Monitoring Data

A video of Quikslope6 release in USA

For prism and GPS data, QuikSlope6 is a robust platform, that has a simple user interface and practical software options, to make it a must-have geotechnical tool. QuikSlope has been an industry favourite for over 10 years and now the third generation has arrived.

This is a typical site GeoMos system.

Centralised SQL 2008/2012 data integrity

Data source from Leica GeoMoS or using manually collected data by Leica or Trimble

Data source from Trimble 4D coming soon

Powerful graphing edit tools do not affect original raw data

Velocity over 24 hours expressed as mm/day

Inverse velocity graph

New tree management tool

Manage prisms by cluster with no restrictions.

Many graph types, multiple prisms and scatter plots

Overlay birds eye view showing current prism location

Graph spikes and steps can be removed without affected the raw data

Draw gradient line on graph

Draw rainfall on graph

Automatic management of an active prism list

3D CAD capability showing prisms and movement

Presentation data in CAD shows degrees of movement by size and colour

Data filtering at any stage

Reports showing latest movements, direction and dip

QA tool for system health check

Quikslope Tree - QA System Check

Tree view shows monitoring points under a cluster. When RED - it indicates a current alert. When GREEN - it indicates that it has been measured within the last 24 hours. This status is continually beeing updated.

Treeview on left is multi functional. Green icons mean reading in last 24 hours.

Red icon means that this prism has alarmed in GeoMoS in last 24 hours.

QuikSlope6 Step Removal and Spike Removal Tool

QuikSlope6 step removal and spike removal tool will tag these steps and points so that they are not visible, often showing a more pertinent picture. After data is tagged, steps and spikes can be viewed (or not) at will, so that data integrity of the raw data is kept intact. Data can be graphed or reported by RAW or SHAPED formats. The screen shots show the power of QuikSlope6 when managing monitoring data. Shaped data shows spiked points and steps removed. Powerful CAD Tools The integrated CAD tool can manage data in full 3D, while the powerful interface allows 3D model manipulation.

Draw gradient line on graph + Automatic management of an active prism list

Show or hide presentation.

CAD Presentation Tool At last there is a tool for depicting movements in an easy to use software tool. The presentation option can show movement through symbol size, colour range and date filter. Set the movement range, set the colour, and adjust the size where necessary. Movement type can be 3D, 2D, Distance, Velocities

View your project and show movement over last 24 hours. Great way to see where the action is.

Manual Field Data....

Your Main Benefit

Why wouldn't you want to use this great tool? It has so many functions and is compatible with GeoMoS.

Make your crappy unusable data come alive again!

Trimble 4D users....wait for it! We are working on a real-time data transmition from 4D to Quikslope. At last you will be able to shape your data.

Quikslope6 Screenshots

Multiple graph

CAD shows movement magnitude and direction

Many reports are available

Don't Just Take Our Word For It

“We have been recommending QuikSlope as a comprehensive slope monitoring package for several years. The software eliminates the often observed mistake in spreadsheet analyses where line plots have been used instead of X/Y plots. This is in particular a problem for analysing the rate of movement, a critical element when assessing the possible onset of a slope failure and hence can pose a safety risk."